
let
  c = [-6. -4 -5]';
  G = [ 16. 7  24  -8   8  -1  0 -1  0  0  7  -5   1  -5   1  -7   1  -7  -4;
       -14 2   7 -13 -18   3  0  0 -1  0  3  13  -6  13  12 -10  -6 -10 -28;
         5 0 -15  12  -6  17  0  0  0 -1  9   6  -6   6  -7  -7  -6  -7 -11]';
  h = [ -3. 5  12  -2 -14 -13 10 0 0 0 68 -30 -19 -30 99 23 -19 23 10]';

  dims = Dict([("l",2),("q",[4,4]),("s",[3])]);
  #opts = Dict([("kktsolver","qr"),("maxiters",100),("refinement",2),
  #             ("reltol",1e-8),("abstol",1e-8),("feastol",1e-8),("debug",false)]);

  sol = CVXOPT.conelp(c,sparse(G),h,dims);
  @test ( 1 == 1 )
end
